Dr. Daniel Whitley, DDS is a native of Goldsboro, North Carolina, and currently is in private practice in Greenville, North Carolina. He is a member of the ICOI and an expert in digital dentistry. He uses the Form 2 3D printer to create precise surgical guides in his dental practice.
To make a surgical guide, Dr. Whitley begins by using a CBCT scanner, 3D scanner, and modeling software to produce a scan of a patient’s teeth. He exports the digital model into PreForm, which instantly prepares it for printing. Next, he prints the model on the Form 2 desktop 3D printer with Dental SG Resin. He prints several slightly different models so that he can have options during the surgery. The high-resolution print is ready in just a few hours. After printing, he simply removes supports, post-cures the part, and sterilizes it in an autoclave before surgery.
“The Form 2 and Dental SG Resin allow me to have total control over my patient’s implant treatment at a cost effective price point.”
The Form 2 has saved Dr. Whitley time and money by allowing him to fabricate surgical guides in-house. The 3D printed parts are high-fidelity reproductions of patient scan data, on par with the precision of lab-fabricated guides and industrial 3D prints. The Form 2 improves his existing workflow, reducing surgery time and improving surgical outcomes.
“This method allows reduced surgical times and better surgical outcomes for my patients without the traditionally high costs of 3D printed surgical guides.”
Dr. Whitley was able to recoup the cost of his Form 2 after 20 cases where he used surgical guides printed with Formlabs Dental SG resin.
Industrial 3D Printer
|Cost of Machinery||—||$3,499||$40,000|
|Cost per Guide||$250 – $750||$21 – $30||$40 – $50|
|Time||3 weeks||2.5 hours||4 hours|
|Accessibility||External, 3rd party||Internal, desktop, anyone can use||Internal, technician, billed by project|
- Produce surgical guides, retainers, aligners, educational models, and more on one machine.
- Create dental appliances that exceed industry accuracy standards.
- Use surgical guides to perform surgery faster and improve patient outcomes.
- Greatly reduce material and procedural costs by keeping production in-house.